Why did the LHC fail?
Some people have labeled the LHC a failure because even though it confirmed the Standard Model’s vision for how particles get their masses, it did not offer any concrete hint of any further new particles besides the Higgs.
Are gravitons proven?
The graviton remains hypothetical, however, because at the moment, it’s impossible to detect. Although gravity on a planetary scale is strong, on a small scales it can be very feeble. So much so that when a magnet attracts a paperclip, it pulls against the gravitational force of the entire planet, and still wins.
Has Super asymmetry been proven?
To date, no evidence for supersymmetry has been found, and experiments at the Large Hadron Collider have ruled out the simplest supersymmetric models.
Did Penny actually solve string theory?
Sheldon still has not forgotten the wonder and simplicity of string theory. He begins to describe it to Penny who tries to understand it. Sheldon and Penny solved string theory.
Why has the graviton not been discovered?
Unfortunately, the two don’t mesh very well. One consequence of that: while scientists know of particles associated with the strong, weak and electromagnetic forces, they have yet to discover a particle of gravity, or graviton.
Is there supersymmetry in the LHC?
Even if supersymmetry is present in nature, there is nothing in string theory that predicts that supersymmetry lies hidden at the energies that can be accessed by the LHC; i.e., even if there exist superpartner particles, they may be far, far too heavy for the LHC to find.
Why doesn’t the mainstream physics recognize the LHC results as string theory?
This discussion is sorta misleading, because the mainstream physics (including the string theorists itself) don’t understand, what this theory does at the conceptual level, so they don’t recognize the confirmation of string theory in the LHC results.
Do neutral B meson oscillations exist?
The existence of neutral B meson oscillations is a fundamental prediction of the Standard Model of particle physics. It has been measured in the B0 – B0 system to be about 0.496 ps−1, and in the B0 s – B0 s system to be Δms = 17.77 ± 0.10 (stat) ± 0.07 (syst) ps−1 measured by CDF experiment at Fermilab.
Did the Large Hadron Collider “blow string theory out of the water?
“Results from the Large Hadron Collider [LHC] have blown string theory out of the water.” I think we all know which one of the commenters below always starts to invent and promote such wrong and misleading things intentionally and on purpose …